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METHOD FOR MYOLYSIS OF SUBMUCOUS MYOMATOUS NODE

机译:粘膜下粘膜粘膜下析剖解节点的方法

摘要

FIELD: medicine.;SUBSTANCE: invention relates to medicine, namely to gynecology, and can be used for the treatment of myolysis of the submucous myomatous node. Channels are formed in the body of the submucous myomatous node during hysteroscopy. Through the channels from the inside, the body of the myomatous node is exposed to high-intensity laser radiation. With a myomatous node emanating from the bottom of the uterine cavity, the light guide is supplied to the outer surface of the myoma node section. With a myomatous node emanating from the side wall of the uterine cavity, the light guide is brought to its lateral surface. The number of channels ranges from 2 to 5, located at a distance of 10-12 mm from each other. The channels are formed by mechanical advancement of the fiber without supplying laser radiation to a depth of 5 mm. Further, without removing the light guide from the formed channel, laser radiation is applied from the inside to the tissue of the myomatous node for 3-4 minutes with an exposure power of 4-5 W in a continuous mode. The following mechanical advancement of the fiber into the body of the assembly is carried out with further laser action. The number of mechanical advances of the optical fiber without laser radiation is from 2 to 6. Further, without removing the optical fiber from the last channel, the optical fiber is mechanically advanced to the feeding leg at the base of the node without laser action, not reaching 10 mm to the border line of the feeding pedicle and the uterine wall, after which at this point is exposed to laser radiation with a power of 4 W in a continuous mode for 3 minutes. A surgical diode laser with a wavelength of 970 nm with a radiation power of 4-5 W, continuous generation of laser radiation is used as a source of laser exposure.;EFFECT: method allows significantly increasing effectiveness of treatment, reducing traumatism and increasing safety due to laser exposure inside the channels formed inside the body of the myomatous node.;1 cl, 2 ex
机译:田地:医学。物质:发明涉及药物,即妇科,并且可用于治疗粘粘粘膜神经分解节点。在宫腔镜检查期间,在粘膜镜神经元节点的体内形成通道。通过内部的通道,近视的主体暴露于高强度激光辐射。利用从子宫腔的底部发出的近视节,光导被提供给Myoma节点部分的外表面。利用从子宫腔的侧壁发出的近视节,光导将其侧向表面。通道的数量范围为2至5,位于距离彼此10-12mm的距离。通道是通过纤维的机械进步而形成的,而不将激光辐射供应到5mm的深度。此外,在不从所形成的通道中移除光导的情况下,激光辐射从内部施加到近视节点的组织3-4分钟,以连续模式为4-5W的曝光功率。通过进一步激光作用进行以下将纤维的机械进步进入组件的主体中。光纤的机械前进的不含激光辐射的次数为2至6.进一步,在不从最后通道移除光纤的情况下,光纤在没有激光动作的节点底部机械前进到进给腿,在馈送椎弓根和子宫壁的边界线上没有达到10毫米,之后在此接触到在连续模式下以4W的激光辐射暴露3分钟。具有4-5W的辐射功率的波长为970nm的外科二极管激光,连续产生激光辐射作为激光曝光源。;效果:方法允许显着提高治疗的有效性,减少创伤性和增加安全性。由于激光曝光在近视内部的主体内部的通道内。; 1 cl,2前

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